Urology Diode Laser For BPH treatment

VELAS 30w Leg vein treatment

Laser history in Gynecology and obstetrics

Laser history in Gynecology and obstetrics

During the last decade, the use of laser technology has become more common in operative gynaecology in Norway. The first modality to be introduced was the carbondioxide, CO2-laser, used together with the colposcope for the treatment of cervical intraepithelial dysplasia and condylomata. The same laser has also been employed through laparoscopic technique, with the aid of modern microvideofacilities. Finally, using the hysteroscopic technique, the Neodymium-Yttrium-Aluminium-Garnet, the Nd-YAG-laser and similar diode laser, has been introduced for treating intrauterine conditions. The use of laser in operative gynaecology makes it necessary to change the attitude towards indications for operation. The possibilities are challenging, and the effect on the length of postoperative convalescence is especially rewarding. The introduction of lasers in gynaecology could have far-reaching consequences for efficient use of hospital resources.

Role of Laser in the treatment of spider veins

Role of Laser in the treatment of spider veins

What is the role of Laser in the treatment of spider veins?

The best and gold standard treatment for spider veins is laser. Laser vein removal is an easy, fast, and effective way to treat superficial veins Laser therapy has been used in the medicine for more than 30 years. Advances in technology have helped developed many different lasers. The laser uses a focused beam of light. In the treatment of veins, the wavelength of light is targeted to the pigment in the blood. The laser heats up the small vein and destroys it. The laser beam is focused and does not damage the nearby skin tissue. Over a period of four to six weeks, the vein is reabsorbed by the body and disappears.

Infrared Laser cyclophotocoagulation in treatment of refractory glaucoma

Laser cyclophotocoagulation in treatment of refractory glaucoma


Long - term effect of transscleral diode laser cyclophotocoagulation in treatment of refractory glaucoma [Ophthalmology]


Keywords:diode laser,cyclophotocoagulation,refractory glaucoma


Abstract


AIM: To evaluate the long-term efficiency of diode laser transscleral cyclophotocoagulation (DL Tscpc) for refractory glaucoma.
METHODS: Retrospective analysis was made in 431 eyes with refractory glaucoma treated by DL Tscpc with lower energy power (1.5-2.5W) and more laser spots (26-34). Intraocular pressure (IOP), visualacuity, ocular symptoms and complications were observed after DLTscpc. Patients were followed up over 36 months.


RESULTS: Mean pre-operative IOP was (56.2±12.7)mmHg which was significantly different from the final follow-up mean IOP (17.3±8.8)mmHg. (P < 0.05). The success rate was 94.4% (68/72). Postoperative visual acuity kept no change in 399 eyes; elevated in 30 eyes and decreased in two eyes. The pain sense disappeared or remarkably relieved. The main complications included mild uveitis and hyphemae. Atrophy of eyeball occurred in two eyes.


CONCLUSION: It is concluded that DL TScpc is a simple, safe and effective therapy for eyes with refractory glaucoma through long-term observation.


KEYWORDS: diode laser; cyclophotocoagulation; refractory glaucoma

Laser Acupuncture, Acupuncture without needle

Laser Acupuncture (Needleless Acupuncture)

Laser Acupuncture (Needleless Acupuncture)

Laser Acupuncture relies upon similar dosage principles as needling, and knowledge of acupuncture theory and practice is required. There are two approaches; first the Precise Approach; and second the General Approach.
1. The Precise Approach uses the laser with great finesse to effect stimulation of the precise acupuncture points. Some believe that lower dosages will “tonify” the acupuncture points, while higher dosages will “sedate” the acupuncture points.
2. The General Approach uses the laser to stimulate the acupuncture points and the surrounding area of the acupuncture point.
Active acupuncture points are typically painful upon palpation. The application of laser therapy has proven to be effective at “releasing” the acupuncture point, and reducing pain

Importance of Wearing Safety Goggles

Importance of Wearing Safety Goggles

Laser beam focused by the lens on the retina or fovea

An incident laser beam striking directly inline with the lens is very

dangerous. The beam is magnified over 100,000 times by the lens of the eye. The more divergence of the beam the less light strikes the eye.

The more the mean is focused or collimated the greater the fluence of the beam and potential for injury.

Safety Goggles

Not all Safety Goggles are the same. The protective eyewear that came with your laser is manufactured specifically for the wavelengths emitted by the laser.

Latest Femtosecond laser for LASIK

Latest Femtosecond laser for LASIK

Femtosecond (fs) lasers for LASIK flap creation have increased their market share from 0 percent in 2001 to over 55 percent in 2010. Now, in cataract surgery a similar revolution may take place. What makes this technology so special and which new areas of surgery will furthermore be entered in the future? 

femtosecond lasers are efficacious devices for creating LASIK flaps, with accompanying good visual results. Overall, femtosecond lasers were found to be as good as or better than mechanical microkeratomes for creating LASIK flaps. There are unique complications that can occur with femtosecond lasers.

Diode laser for Percutaneous Laser Disc Decompresion (PLDD)

Diode laser for Percutaneous Laser Disc Decompresion (PLDD)

The Diode laser is indicated for Percutaneous Laser Disc Decompresion (PLDD), for treatment of back pain resulting from herniated discs.
The treatment principle of PLDD is based on the concept of the intervertebral disk being a closed hydraulic system. This system consists of the nucleus pulposus, containing a large amount of water, surrounded by the inelastic annulus fibrosus. An increase in water content of the nucleus pulposus leads to a disproportional increase of intradiskal pressure. A reduction of intradiskal pressure causes the herniated disk material to recede toward the center of the disk, thus leading to reduction of nerve root compression and relief of radicular pain. In PLDD, this mechanism is exploited by application of laser energy to evaporate water in the nucleus pulposus.
Laser energy is delivered by a laser fiber through a hollow needle placed into the nucleus pulposus. The needle is placed into the intervertebral disk under local anesthesia. Apart from evaporation of water, the increase in temperature also causes protein denaturation and subsequent renaturation. This causes a structural change of the nucleus pulposus, limiting its capability to attract water andtherefore leading to a permanent reduction of intradiskal pressure.

GIGAA Veterinary Surgery

ENT laser treatment

Dental Laser Treatments

Dental Laser Treatments

Surgery

Gingivectomy/Gingivoplasty

Implant Uncovery

Operculectomy

Frenectomy/Frenotomy

Hemostasis

Herpes

Aphthous Ulcers

Fibroma

Abscess Excision

Periodontology

Periodontal Pockets

Peri-implantitis

Gingivitis

Endodontics

Pulpotomy

Bio-Stimulation

Temporary Pain Relief

Cosmetics

Tooth Whitening

Crown Lengthening

GIGAA Veterinary soft tissue surgery

Wecome visit GIGAA AT HEALTHACHIEVE 2016

HEALTHACHIEVE 2016

The HealthAchieve Annual Conference 2016 is scheduled to be held at Metro Toronto Convention Centre in Toronto, Canada, from 7th November to 9th November, 2016, and is expected to be attended by doctors, researchers, healthcare professionals, and academicians from all over the world.
The booth # of GIGAALASER is #1723

GIGAA laser at CMEF 2016

Welcome you visit GIGAA at MEDICA 2016

Welcome you visit GIGAA at MEDICA 2016

November 14-17, 2016, Dusseldorf, Germany

We sincerely welcome you to visit our booth at Hall16 D20-3
We will bring the Surgical Diode Laser, Physical Therapy Diode Laser, Cosmetic Diode Laser, Dental Diode Laser and Veterinary Diode Laser with the newest technology to attend the exhibition, looking forward to see you at Medica 2016.

Surgery Laser for ENT and Gynecology

The gigaa laser can be used as a precision cutting and coagulation tool for a variety of surgical applications in the fields of ENT and GYN.

Laser energy can be used to vaporize, ablate and cut soft tissue while providing lateral thermal injury capable of coagulating blood vessels. When using 1470nm energy, the mechanism of action is absorption by water in the soft tissue. The energy at 1470nm, which sits on a local peak of water absorption, provides highly precise tissue interaction, as all energy turns into heat immediately on the tissue surface. As such, the laser enables microsurgical precision at lower dosages, leading to less overall thermal trauma and better results. When utilizing 980nm energy, the mechanism of action is absorption by both water and blood in soft tissue. Specifically, 980nm laser energy provides almost equal absorption by blood and water in tissue, enabling precise cutting as well as very strong coagulation.

LASER APPLICATIONS IN GYNAECOLOGY

Lasers with high water absorption are perfect for precise surgical and ablation procedures. Selective tissue absorption and flexible applicators enable effective, safe and minimally invasive procedures. Even with tissues that are highly susceptible to bleeding, our lasers enable gentle, haemorrhage-free procedures.

CHEESE Link Dental Laser System

GIGAA LASER’s third generation dental diode laser product: CHEESE Link. Based on the excellent features of CHEESE, the new design is elegant appearance, Compact laser body, Pre-set protocols, APP control with your mobile terminal devices (iPad/Andriod pad).

24th International Dental Fair PRAGODENT 2016 in Prague Czech Republic

24th International Dental Fair PRAGODENT 2016 in Prague Czech Republic

Welcome you visit GIGAALASER at the 24th International Dental Fair PRAGODENT 2016 in Prague Czech Republic. We will be there during Oct 6th-8th, you can find us at Left Wing/ booth Nr. 82. We will bring four types dental laser systems to this exhibition, CHEESE, CHEESEII, CHEESE Link and GBOX.

GBOX/VELAS 980nm for leg spider vein

Gbox10F Nail Fungus Laser Installation

Gbox10F Nail Fungus Laser Installation







For more details

Please contact lucien@gigaalaser.com

ADVANTAGE OF HIGH DOSE LASER THERAPY HAVE OVER OTHER FORMS OF TREATMENT INCLUDING LOWER POWER CLASS IV LASERS?

ADVANTAGE OF HIGH DOSE LASER THERAPY HAVE OVER
OTHER FORMS OF TREATMENT INCLUDING LOWER POWER CLASS IV LASERS?

GIGAA CLASS High Dose Laser Therapy does not require the use of drugs or surgery, and there are no dangerous side effects or risks. In addition, GIGAA Laser Therapy significantly accelerates treatment outcomes when compared to traditional treatment modalities. This occurs due to its ability to stimulate tissue regeneration. When compared to other Class IV lasers, GIGAA therapy laser can deliver significantly greater dosages of healing energy to much greater depths. There is no pathology too
deep-seated for the our Laser to reach.

HOW MANY TREATMENTS ARE NEEDED AND IS THE THERAPY SAFE?

HOW MANY TREATMENTS ARE NEEDED AND IS THE THERAPY SAFE?

The Class IV Laser Therapy produces expedient results. For most ACUTE conditions 6-8 treatments is all that is needed. CHRONIC conditions take longer and might require 10 or more sessions. While these are the averages, each person is unique and healing time varies by person and condition. For those with chronic degenerative pathologies maintenance therapy is recommended.
Laser Therapy has been in use for over thirty years around the world. There have been almost no side effects reported. Occasionally some old injuries or pain syndromes may feel aggravated for a few days, as the healing response becomes more active after a laser treatment.

GIGAA Veterinary Laser Therapy #2

GIGAA GBOX Veterinary Laser Therapy #1

Laser for Gynecological surgery and LVR treatment

Laser for Gynecological surgery and LVR treatment

The use of lasers is widely established in modern gynaecology thanks to very good clinical results. Due to the selective nature of the effect they have on tissues, lasers are suitable for precise surgical, plastic and ablation procedures on the cervix and vagina. The benefits of laser treatment are no or minimal pain, operation with low bleeding, simultaneous disinfection of the wound, reduced risk of infection, accelerated healing, reduced risk of scarring.

Applications: Polyps, myomata, condylomata, warts, cysts, carcinomata, conisation, vaginoplasties, hysteroscopies

Laser for Dermatology

Lasers have become an indispensable part of modern dermatology practices. In addition to the treatment of pigmentation-related and vascular skin changes, lasers are also used for surgical and ablation procedures. A further key application of lasers in dermatology is aesthetic treatments such as the removal of scars, wrinkles and hair, as well as anti-ageing therapies with fractional systems and tattoo removal.

Applications: Telangiectasias, haemangiomata, spider angiomata, warts, fibromata, lentigo, tattoos, onychomycosis, epilation, wrinkles, scares, skin rejuvenation

Diode Laser for Dermatology, Plastic Surgery and Podiatry

Diode Laser for Dermatology, Surgery and Podiatry

Contact Microsurgery – excision of warts, fibromas, yellow tufts

Lipolysis - laser liposuction treatment

Nail fungus – onychomycosis removal by irradiation of an infected nail plate also by using a special TW handpiece without the need to remove the nail.

Multifunctional Surgical Diode Laser System

GBOX diode laser is the latest laser device used for cutting, Coagulation and tissue vaporization. High-end optical system and the availability of different light sources (635nm,810nm, 980nm) as well as flexible fiber optic with a variety of hand pieces, provides a unique application scope in contact ENT microsurgery, dermatology, flebology, proctology or orthopedics, physiotherapy or podiatry.

High power parameters of laser radiation provide unparalleled efficiency of treatments. Unique versatility of diode lasers makes them indispensible tools in every modern medical practice.

www.gigaalaser.com/gbox/

New 1940nm for Endovenous Laser Ablation (EVLA)

New 1940nm for Endovenous Laser Ablation (EVLA)

It has become a well-known minimally invasive alternative to treat saphenous vein reflux. Several wavelengths have been proposed: 810, 940, 980, 1470nm are the most commonly used. However, experts are still discussing about which is the most appropriate wavelength. 1940-nm Tm-fiber laser has significant results in EVLA thanks to more selective energy absorption in water (no carbonization) and consequently it is possible to use a strongly reduced power setting. It can represent a promising method in the latest treatment of varicose veins.

Dental Diode Laser Application

SurgeryGingivectomy/GingivoplastyImplant UncoveryOperculectomyFrenectomy/FrenotomyHemostasisHerpesAphthous UlcersFibromaAbscess Excision

PeriodontologyPeriodontal PocketsPeri-implantitisGingivitis

EndodonticsPulpotomy

Bio-StimulationTemporary Pain Relief

CosmeticsTooth WhiteningCrown Lengthening

Dental Laser treatment-gingiva leukoplakia

Dental Laser Treatment abscess

Diode Laser for ENT

Diode Laser offers the most bloodless surgery available today. This laser is especially suited for ENT works and finds application in various aspects of surgery in the ear, nose, larynx, neck etc. With introduction of Diode Laser, there has been a significant improvement in the quality of ENT surgery.

Contact ENT - fiber in contact with the tissue can be used for cutting, notching, cutting out or coagulating tissue. This results in the narrow field of coagulation.

Contactless ENT - laser is used contactless for evaporation and deeper coagulation of the tissue from 1mm to 3mm

Dacryocystorhinostomy (DCR) laser surgery

Dacryocystorhinostomy (DCR) laser surgery is a procedure that aims to eliminate fluid and mucus retention within the lacrimal sac, and to increase tear drainage for relief of epiphora. In comparison to the classical treatment, the one performed with laser characterizes by a small traumatic, is almost bloodless, does not require sewing and gives less complications.

Physiotherapy by Class IV high power therapy laser

Physiotherapy by Class IV high power laser
High Power Physiotherapy – biostimulation – stimulating the physiological processes at the cellular receptors combined to the stimulation of the nerve. These processes are possible through the use of high-power radiation at much wider field of operation than before. It allows you to carry out treatments with unprecedented
speed and d epth of penetration in terms of:
- pain therapy
- treatment of inflammatory
- acceleration of wound healing
- treatment of trigger points
- treatment of tendon injuries
- treatment of diseases of the musculoskeletal system

Laser for Phlebology (EVLT)

Laser for Phlebology (EVLT)

Endovascular surgery is a form of minimally invasive surgery that was designed to access many regions of the body via blood vessels. Laser endovascular treatment is a one-hour procedure that replaces the surgical stripping and binding commonly associated with varicose vein treatment. Unlike the traditional method, which many patients found very painful and required up to six weeks recovery time, laser vein ablation involves minimal discomfort and immediate recovery for most patients. This Procedure is often ideal for treating greater saphenous vein incompetence, which causes varicose veins. The laser used in the procedure destroys the greater saphenous vein, relieving the backflow pressure and allows the blood to flow in the right direction. This eliminates the varicose vein and the pain caused by it.

Laser for Neurosurgery and Orthopedics

Laser for Neurosurgery and Orthopedics

PLDD (percutaneous laser disc decompression), A herniated disc is like a balloon with a weak spot. Inflating it will cause a bulge (herniation). Pain results from the bulge pressing against nerves in the spinal column. The percutaneous laser discectomy is achieved by passing a laser fiber optic into specific regions of a lumbar

or cervical disc under X-Ray control. The laser energy is then directed at the degenerate tissues to vaporise the unwanted disc material, reduce inflammation in the disc and to reduce pressure upon nerves passing over the disc protrusion. The PLDD treatment is performed on an outpatient basis using only local anesthesia and the relief of pain is usually immediate.

Diode Laser for proctology

In proctology lasers are used commonly for the precise excision or vaporization of the hemorrhoids, polips and condyloma. The result of the laser surgery is less discomfort, less medication, and faster healing. A hospital stay is generally not required. The laser is inherently therapeutic, sealing off nerves and tiny blood vessels. By sealing superficial nerve endings patients have a minimum of postoperative discomfort. With the closing of tiny blood vessels, the proctologist is able to operate in a controlled and bloodless environment. Laser can be use alone or in combination with other modalities.

Laser for veterinary

Laser for veterinary

Lasers with a wide process spectrum are required in veterinary medicine. The laser should not only provide a high penetration depth for therapeutic purposes but also serve as an instrument for dental, surgical and dermatological applications. Portable devices are ideal for both day-to-day practice applications and outside the practice.

Applications: Gingivectomies, incisions, excisions, dental surgery, endodontia, articular therapy, tumours, folded ears, soft palates, tonsillotomies, conjunctivitis, laser acupuncture, abscesses, fistula, eczema

Laser for gynecology

Lasers with high water absorption are perfect for precise surgical and ablation procedures. Selective tissue absorption and flexible applicators enable effective, safe and minimally invasive procedures. Even with tissues that are highly susceptible to bleeding, our lasers enable gentle, haemorrhage-free procedures.

Applications: Polyps, myomata, condylomata, warts, cysts, carcinomata, conisation, vaginoplasties, hysteroscopies

LASER APPLICATIONS IN OTOLARYNGOLOGY

Lasers with high water absorption and flexible optical fibres are ideal for precise surgical procedures. Selective tissue

absorption and flexible applicators enable safe and minimally invasive procedures with little tissue damage.

Indications: Tonsillotomies, tonsillectomies, LAUP, tumour excision, hyperplasia of the nasal concha Polyposis, cysts, papillomata, stapedectomies, myringotomies

Laser for general surgery

Lasers with high water absorption are perfect for precise surgical and ablation procedures. Selective tissue absorption and flexible applicators enable effective, safe and minimally invasive procedures. Even with tissues that are highly susceptible to bleeding, our lasers enable gentle, haemorrhage-free procedures.

Laser lipolysis for fat removal

Laser lipolysis is a gentle complement to liposuction, having proven its value in particular in particularly small areas. In these areas, there is no need to extract the loosened fat, nor do wounds need to be stitched or bandaged, nor do compression garments need to be worn.

Laser for endovenous vascular therapy

The use of lasers to treat venous insufficiency (varicosis) is a modern alternative to traditional vein stripping. Due to the many times higher absorption in the blood and vessel wall compared to lasers with wavelengths of 810–1320 nm, lasers with emission wavelengths of around 1500 nm are particularly well suited to endovenous vascular therapy.

How to prepare the medical fiber？

GBOX Nail fungus therapy treatment

GIGAA Gbox Medical Laser setup

Urology diode laser & Side firing fiber

Gigaalaser in Iran, 27th Annual Congress of the Iranian Physiotherapy Association

Gigaalaser in Iran, 27th Annual Congress of the Iranian Physiotherapy Association

Leg Vein Laser Treatment

Camouflage systems such as make-up or clothing may help but they do not offer a really satisfactory solution for patients. GBOX or VELAS Infrared Laser offers the most effective choice for a large number of vascular pathologies, such as spider veins, superficial telangiectasias, red and blue veins, telangiectatic spots and other.

Laser energy penetrates into the skin and is absorbed by the blood. As a result, the vessel temperature rises considerably, causing the collapse of the vein without purpura. Diode laser wavelength achieves it through effectively without causing skin lesions.

Gynecologycal Laser Surgery

VELAS Surgical Laser has become an essential instrument in the gynecologist practice for its ability to treat effectively and non-invasivelly, a wide range of intrauterine pathologies such as:

Anastomosis
Lymph nodes resection (laparoscopy)
Methromenorrhagia
Peritubal adhesions
Tubal pregnancy
Endometriosis
Benign polyps
Condyloma
Miomas
Polycystic ovaries
Genital injuries
Anal injuries
Leukoplakia

VELAS Laser great power of vaporization and hemostasis offers fast, efficient and very precise results, with less damage than conventional surgery for the delicate structures of the intimate area. Healing is faster, the risk of post-operative adhesions is minimal and scars are very few and slightly visible.

Outpatient laser surgery for hemorrhoids

Outpatient treatment for hemorrhoids

Now the most advanced proctology units have the ultimate surgical laser technology to treat proctological lesions This advanced platform can cut, coagulate and vaporize the tissue in a controlled manner, without bleeding and with minimal damage to surrounding areas, reducing the inflammatory response and the surgical trauma.

As being less invasive than conventional proctology surgery, VELAS Surgical laser offers many advantages in proctology applications: is more comfortable for patients, procedures are outpatient, general anesthesia is not required, postoperative pain is reduced and recovery is faster.

www.gigaalaser.com/velas/

Laser Coloproctology Training course in INDIA

In order to help you thorough understanding about our diode laser system and laser treatment on Coloprotology, we invited our distributor LaserTec opened a professional training course in India. We sincerely welcome your visit at any time!
The details as below,

Place: Jalandhar/ Amritsar/ Ludhiana Punjab, INDIA

Time: 2 days

Subjects:

• Laser theory.   Speaker: Biomedical engineer
• Management of  anesthesia.  Speaker: Anesthesiologist
• Laser in Coloproctology
• Laser for internal Hemorrhoids with live surgery (Grade 3-4)
• Laser in anal fistula with live surgery 
• Our results with Diode laser coloproctology
• Discussion how to start up, get good results and avoid complications
• Assessment and Certification
• Assessment is done by a short MCQ exam and on completion the participants will be given Certificates of Training in Coloproctology using the Gigaa Laser

The training will direct practice with patients

Accommodation: provide deluxe hotel (five-star hotel), food and arrange the vehicle to sent & pick up you

Contact:

 LaserTec Medicare Systems

 Chandigarh Road.Ropar, Punjab INDIA  

 Mr Manoj Kaushal

 Mobile:- +91 94643 90910

 Email:- manoj.kaushal@live.com